Projects

Principal Investigators:

Prof. Dr. Anjana Devi (IFW, Dresden)

Dr. Uwe Schröder (NaMLab, Dresden)

Project Description

Principal Investigators:

Oliver Ambacher (INATECH, Freiburg)

Stefan Krischok (TUI, Ilmenau)

Project Description

Principal Investigators:

Johannes Heitmann (AIP, Freiberg)

Holger Kapels (PED, Hamburg)

Project Description

Principal Investigators:

Ha Duong Ngo (HTW, Berlin)

Ian D. Sharp (TUM, Garching)

Hubert Krenner

Mingyun Yuan (PDI, Berlin)

Project Description

Principal Investigators:

Duc Van Dinh (PDI, Berlin)

Gregor Koblmülle (IPA, Berlin)

Markus R. Wagner (PDI, Berlin)

Project Description

Principal Investigators:

Sangam Chatterjee (JLU, Gießen)

Andreas Waag (IHT, Braunschweig)

Project Description

Principal Investigators:

Wichard J. D. Beenken (MNW, Ilmenau)

Rüdiger Schmidt-Grund (MNW, Ilmenau)

Project Description

Principal Investigators:

Saskia Schimmel (LEB, Erlangen)

Dirk Zahn (CCC, Erlangen)

Project Description

Principal Investigators:

Simon Fichtner (IMW, Kiel)

Martina Müller (PKM, Konstanz)

Niklas Wolff (IMW, Kiel)

Project Description

Exploration of Chemical Precursors for Deposition of Wurtzite-Structured Ferroelectric Aluminum Nitride-Based Thin Films (ExPreFAN)

Exploring the upper limits of piezoelectric polarization in ternary metal nitrides (Piezo-Explorer)

Functionalization of AlGaN/GaN HEMTs by additive ferroelectric AlScN for efficient power conversion (Func4Punc)

Integrated acousto-NEMS on monolithic new-nitride thin films

Rare-earth nitride based heterostructures for integrated thermoelectrics

Scandium nitride-based templates lattice-matched to conventional III-nitrides (BIFRÖST)

Ternary metal nitrides – exploring fundamental optical and electronic properties towards ferroelectric functional structures

Tuning piezo- and ferroelectric properties of III-nitrides by alloying with metal nitrides – crystallisation from N2- and NH3-based solutions and gas phases guided by atomistic simulations (PiezoTUNE)

Understanding the Limits of Switching Endurance in Nitride Ferroelectrics Through Advanced Analytic Methods: Towards Fatigue-Free AlScN -Devices (UNLimit)